Citation
Slobodan Matic. "Integrated Architecture and Programming Model for Distribution and Microgrid Automation". Unpublished article, August, 2011; Idea submission to Siemens Smart Grid Innovation Contest (https://www.smartgridcontest.com/start.php). This idea shared 3rd prize.

Abstract
This idea proposes practices known as integrated architecture for the design and deployment of distribution automation computing and communication infrastructure. By giving parallels to the ongoing efforts with the AUTOSAR standard in the automotive industry, we argue that in order to keep increasing software development costs low, the power systems industry has to go beyond current standards such as IEC 61850. We identify a technical problem with these standards and suggest a solution based on a programming model with clearly defined semantics. We discuss business models and benefits of the integrated architecture approach for all main stakeholders. We present data and references to the U.S. power market.

Electronic downloads

• idea_703_621_1311082349.2453_Integrated_Architecture_Grid_Idea.pdf · application/pdf · 739 kbytes
• http://www.smartgridcontest.com/idea.php?id=703

• HTML

  Slobodan Matic. <a
  href="http://chess.eecs.berkeley.edu/pubs/907.html"
  ><i>Integrated Architecture and Programming Model
  for Distribution and Microgrid
  Automation</i></a>, Unpublished article, 
  August, 2011; Idea submission to Siemens Smart Grid
  Innovation Contest
  (https://www.smartgridcontest.com/start.php).  This idea
  shared 3rd prize.

• Plain text

  Slobodan Matic. "Integrated Architecture and
  Programming Model for Distribution and Microgrid
  Automation". Unpublished article,  August, 2011; Idea
  submission to Siemens Smart Grid Innovation Contest
  (https://www.smartgridcontest.com/start.php).  This idea
  shared 3rd prize.

• BibTeX

  @unpublished{Matic11_IntegratedArchitectureProgrammingModelForDistribution,
      author = {Slobodan Matic},
      title = {Integrated Architecture and Programming Model for
                Distribution and Microgrid Automation},
      month = {August},
      year = {2011},
      note = {Idea submission to Siemens Smart Grid Innovation
                Contest
                (https://www.smartgridcontest.com/start.php). 
                This idea shared 3rd prize.},
      abstract = {This idea proposes practices known as integrated
                architecture for the design and deployment of
                distribution automation computing and
                communication infrastructure. By giving parallels
                to the ongoing efforts with the AUTOSAR standard
                in the automotive industry, we argue that in order
                to keep increasing software development costs low,
                the power systems industry has to go beyond
                current standards such as IEC 61850. We identify a
                technical problem with these standards and suggest
                a solution based on a programming model with
                clearly defined semantics. We discuss business
                models and benefits of the integrated
                architecture approach for all main stakeholders.
                We present data and references to the U.S. power
                market.},
      URL = {http://chess.eecs.berkeley.edu/pubs/907.html}
  }
  

Posted by Christopher Brooks on 14 May 2012.
Groups: ptolemy
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